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JP132Ticket Vending Machine

June 2020

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Ticket Vending Machine

• Overview

This reference design is used for a ticket machine used in train stations and utilizes a thin-film transistor

(TFT) display for customers to purchase tickets. The reference design also features voice guidance via a

speaker and is able to detect abnormalities inside the device with a temperature sensor. When updating the

firmware of this application, you can rewrite it using a USB. Two RX65N 32-bit microcontrollers (MCUs) are

used to recognize bills and coins.

• System Benefits

− The RX72N 32-bit MCU is a high-performance product that operates at 240MHz with a line up max of 224

pins, so you can use many functions without duplicating pins

− Not only can you perform TFT display processing that requires high performance, you can also achieve

high-quality audio through the synchronous serial interface (SSI) with one chip

− The HS3004 sensor measures the temperature inside the equipment and helps detect abnormalities

JP132

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MCU / MPU Analog Power

Ticket Vending Machine

MCURX72N

Humidity &Temp.

Sensor HS3004I2C

SPI

SPI

3.3VBuck RegulatorISL85033

５V

USB2.0

Ethernet MAC Ethernet PHY

SSI Audio Codec

SDRAMExternal

Bus-I/F

GLCDC TFT

MCU

RX65N

MCU

RX65N

Buck RegulatorISL85003

3.3V

Buck RegulatorISL85003

3.3V

JP132

12V

24V

12V

Sub-board for coin recognition

Sub-board for bill recognition

3.3V

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Ticket Vending Machine

Device

CategoryP/N Key Features

MCU

RX72NRX Flagship MCU with the Highest Performance

RXv3 Core and the High-performance Operate at 240MHz

RX65N120MHz RXv2 Core MCU

Large ROM/RAM, Enhanced Security, Connectivity and HMI

Power

ISL85033Dual Standard Buck Regulator

Wide VIN Dual Standard Buck Regulator With 3A/3A Continuous Output Current

ISL85003Efficient 3A Synchronous Buck Regulator

Network and communication equipment, Industrial control, Point-of-load regulators

Analog HS3004Relative Humidity and Temperature Sensor

High Accuracy Humidity and Temperature Measurement for Environmental Monitoring

JP132

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High Performance and Built-in Functions 240MHz RXv3 core, double-precision FPU, and register bank save function

Up to 4MB ROM with dual-bank structure / 1MB SRAM

Up to 29 extended-function timers (MTU3a x 9 ch), 182 general I/O ports

SCI x 13/RIICa x 3

DMACAa x 8 ch/DTCb x 1ch/EXDMAC x 2ch/ DMAC for the Ethernet x 3

12-bit ADC: 29ch in 2 units, 12-bit DAC: 2ch

Encryption engines (AES, 3DES, RSA, ECC, SHA, TRNG), key management, flash memory

protection

Useful functions for IEC60730 compliance

Trigonometric calculators (sin, cos, arctan, hypot) to speed up motor vector control

High-end HMI Function Graphic-LCD controller (GLCDC)

2D drawing engine

Serial sound interface and CMOS camera interface

Networking and Advanced Connectivity Ethernet MAC compliant with IEEE 1588 (2ch)

SD host interface, quad SPI, RSPIc, MMCIF, USB 2.0 full speed and CAN x 3

RX72N – RX Flagship MCU with the Highest PerformanceRXv3 Core and the High-performance Operate at 240MHz

Page 5

Part # ROM RAM Temp.(°C) Package

R5F572NxxxFP 2/4MB 1MB -40 to 85/105 LFQFP/100/0.5

R5F572NxxxFB 2/4MB 1MB -40 to 85/105 LFQFP/144/0.5

R5F572NxxxLK 2/4MB 1MB -40 to 85/105 TFLGA/100/0.5

R5F572NxxxFC 2/4MB 1MB -40 to 85/105 LFQFP/176/0.5

R5F572NxxxBG 2/4MB 1MB -40 to 85/105 LFBGA/176/0.8

R5F572NxxxBD 2/4MB 1MB -40 to 85/105 LFBGA/244/0.8 RX72N Start Kit

RX72N Block Diagram

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High Performance and Wide Product Lineup RXv2 Core 120 MHz operation (34 CoreMark/mA), on-chip FPU

Up to 2M ROM / 640K RAM, supportive of the dual bank funciton

Wide package lineup : 64-pin (4.5mm x 4.5mm, BGA) to 176-pin

Rich Peripheral/Security Functions 16-bit TPUa, MTU3a, 8-bit TMRa (4ch), 16-bit CMT(4ch), 32-bit CMTW(2ch)

12-bit A/D (8 ch for unit 0, 21ch for unit 1), 12-bit D/A (2ch)

DMACAa (8ch), DTCb (1ch), EXDMAC(2ch), DMAC for Ethernet controller(1ch)

Various communication peripheral such as Ethernet, USB, CAN, SD host/slave interface, and quad SPI Security: AES、TRNG、TDES、RSA、SHA

Low Power Design and Architecture Operation from a single 2.7- to 3.6-V supply

Low power consumption: A product that support all peripheral functions draws only 0.19mA/MHz(Typ.)

RTC is capable of operation from a dedicated power supply

Four low-power modes

Part # ROM RAMData

FlashPackage

R5F565N4xDxx 512K 256k None 64-LFQFP,64-LFBGA,100-LFQFP,100-TFLGA, 144-LFQFP, 145-TFLGA

R5F565N7xDxx 768K 256K None 64-LFQFP,64-LFBGA,100-LFQFP,100-TFLGA, 144-LFQFP, 145-TFLGA

R5F565N9xDxx 1M 256K None 64-LFQFP,64-LFBGA,100-LFQFP,100-TFLGA, 144-LFQFP, 145-TFLGA

R5F565NCxDxx 1.5M 640K 32K 64-LFQFP,64-LFBGA,100-LFQFP,100-TFLGA, 144-LFQFP, 145-

TFLGA,176-LFQFP,176-LPBFA,177-TFLGA

R5F565NExDxx 2M 640K 32K 64-LFQFP,64-LFBGA,100-LFQFP,100-TFLGA, 144-LFQFP, 145-

TFLGA,176-LFQFP,176-LPBFA,177-TFLGA

System Block

RX65N – 120MHz RXv2 Core MCULarge ROM/RAM, Enhanced Security, Connectivity and HMI

Page 6

Renesas Starter Kit for RX65N

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Wide Working Range

Wide input voltage range: 4.5V to 28V

Wide output voltage range: 0.6V to 5.5V

High Efficiency and Low Supply Current

Dual 3A high efficiency synchronous buck regulator

Iq (1.2mA), shutdown current(20μA)

System Safe Design and Flexible Usage

Current mode control，Adjustable switching frequency from

300kHz to 2MHz

Selectable in-phase or out-of-phase PWM operation

Independent, sequential, ratiometric or absolute tracking between

outputs

Overcurrent/short circuit protection, thermal overload protection,

Boot undervoltage detection

ISL85033 – Dual Standard Buck RegulatorWide VIN Dual Standard Buck Regulator With 3A/3A Continuous Output Current

Page 7

Part #No. of

Outputs

Vin

Range(V)

Iout

(max)(A)Package

ISL85033IRTZ Dual (2) 4.7- 28 3 & 3

6(single output)

28 Ld TQFN

Typical Operation Circuits

ISL85033EVAL2Z Evaluation

Board

EFFICIENCY vs LOAD, TA = +25°C,

fSW = 500kHz,VIN = 12V

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ISL85003 – Efficient 3A Synchronous Buck RegulatorNetwork and communication equipment, Industrial control, Point-of-load regulators

Page 8

Flexible Power

Input voltage range 4.5V to 18V

Adjustable output voltage as low as 0.8V

DCM/CCM

High Efficiency and Accuracy

Efficiency up to 95%

High-side NFET Rds(on) of 65mΩ and low-side NFET Rds(on) of 45mΩ

Precision 0.8V, ±1% accurate voltage reference

Built-in protection

Positive and negative overcurrent protection

Overvoltage and thermal protection

Part #External clock

synchronizationProgrammable soft start Package

ISL85003FRZ Yes No 12L 3x4mm DFN

ISL85003AFRZ No Yes 12L 3x4mm DFN

Typical Operation Circuits

Efficiency vs Load, 12VIN DCM

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High Accuracy

±1.5%RH accuracy (HS3001)

±0.2°C temperature accuracy (HS3001, HS3002)

Excellent Stability

0.1%RH per year drift

MEMS silicon-carbide sensor technology

Fast Response

Less than 4 seconds humidity response, in still air

Less than 2 seconds temperature response

Extended Supply Voltage

2.3V to 5.5V, 24.4µA at 3.3V (one RH+Temp per second)

1.8V custom order

HS300x – Relative Humidity and Temperature SensorHigh Accuracy Humidity and Temperature Measurement for Environmental Monitoring

Page 9

Part # Feature Package

HS3001 ±1.5%RH 3×2.41×0.8 LGA

HS3002 ±1.8%RH 3×2.41×0.8 LGA

HS3003 ±2.8%RH 3×2.41×0.8 LGA

HS3004 ±3.8%RH 3×2.41×0.8 LGA

0.1µF

VDD

RP = Pull-up resistor (2.2kΩ typical)

0.1µF

1 SCL

VDD 43 VC

2 SDA NC 5

VSS 6

RP RP

SDAH02 Evaluation Kit

Typical Operating Circuit

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